Hydraulic shisha charcoal press

Hydraulic Shisha Charcoal Press is a high-pressure, fully automatic molding machine specifically designed for the production of export-grade hookah charcoal. This machine completely overcomes the shortcomings of traditional mechanical stamping machine, such as uneven pressure and fragile charcoal blocks. Through a high-strength hydraulic system, raw materials such as coconut shell charcoal powder, wood charcoal, and bamboo charcoal powder are compressed and molded at high density within the mold, ensuring that every piece of hookah charcoal leaving the factory meets international export standards for high hardness, smooth surface, heat resistance, and resistance to breakage upon impact.

The hydraulic shisha charcoal briquettes machine consists of a heavy-duty frame, high-pressure hydraulic pump station, PLC intelligent control cabinet, stirring feeding bin, wear-resistant forming mold, and an automatic discharging conveyor belt.

The design advantages are as follows:
1. Three-Stage Forming Technology: Utilizes a specialized cycle of pre-pressing for air exhaust, high-pressure holding, and slow demolding.
2. Adjustable High Pressure: Provides constant hydraulic pressure ranging from 60 tons to 200 tons, completely discharging internal air to create compact, pore-free charcoal blocks.
3. Low Rejection Rate: Keeps the rejection rate of finished charcoal within 3%.
4. Multi-Material Compatibility: Fully compatible with various charcoal powders, mineral powder, chemical powder, sawdust & wax (ignition blocks), etc.
5. Customizable Shapes: By easily replacing the molds, manufacturers can produce square charcoal, perforated round charcoal, hexagonal charcoal, and custom special-shaped shisha charcoal.
6. Intelligent PLC Control: Equipped with a touch-screen PLC control system that can store and recall multiple sets of raw material formula parameters with a single click.
7. Energy saving and noise reduction: Compared to older mechanical stamping machines, hydraulic briquetting machines consume less energy and produce less noise.